KTM EXC-F 450 2008-2011 GRADE C 94.96mm STD COMPRESSION 11.9:1
Vertex four-stroke pistons are forged from 2618 aluminum alloy. Vertex pistons utilize a Molybdenum Disulphide (MOS2) coating on the piston skirt. Vertex pistons are offered in A, B, C and D sizes with 0.01mm variation. This piston is 94.96mm with a 11.9:1 compression ratio.
- SKU
- V.3379C
- Brand
- Vertex
- Availability
- In Stock (1)
FULL DESCRIPTION
Vertex High-Performance Four-Stroke Piston
Upgrade your engine's reliability and output with this premium Vertex four-stroke piston. Engineered for riders who demand consistency and power, this piston is forged from high-quality 2618 aluminum alloy. This advanced material selection ensures the component can withstand the extreme internal pressures and high temperatures generated by modern high-performance engines.
To ensure smooth operation and longevity, every Vertex piston features a specialized Molybdenum Disulphide (MOS2) coating applied to the skirt. This coating is designed to assist during the critical engine break-in process while minimizing friction and wear throughout the piston's service life.
Precision Engineering for Maximum Efficiency
Vertex is renowned for providing precision-matched components that allow for a tighter tolerance between the piston and the cylinder wall. By offering specific sizing increments, this piston helps maximize compression and overall power output. Proper sizing is essential for reducing blow-by and oil consumption, ensuring your engine runs cleaner and more efficiently.
Key Features
- Forged Construction: Manufactured from 2618 aluminum alloy for superior structural integrity.
- MOS2 Skirt Coating: Molybdenum Disulphide coating reduces friction and assists in a smoother break-in period.
- Optimized Compression: Engineered with an 11.9:1 compression ratio for enhanced combustion performance.
- Precision Sizing: Grade C 94.96mm specification ensures an exact fit for restored or serviced cylinders.
- Reliable Performance: Designed to meet the rigors of modern four-stroke engine demands.